M265131 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種具自動微調之輪圈沖孔結構之改良，其主 要係為令輻條孔之成型更具完整且精確，以利於後續心 裝，實屬自行車之技術領域者。 ^ 【先前技術】 按，目前一般習知之輪圈夾持調整結構，如中華民國新型專 利公告第4 91112號所示，其主要特徵包含：一鑽孔機、一 調整板、一承置座、一升降板、一升降塊、一調整螺桿、一固定 片、一夾持定位片、一樞結栓、一墊片、一定位鍵及一定位螺栓， 其中鑽孔機之本體前段一侧面設置一鍵槽及複數螺槽，調整板前 端設置一階狀孔，前侧面設置一小螺孔與階狀孔相通，另其前段 設置複數埋頭孔，後端設置一螺孔，又其内側面前段設置一鍵槽， 承置座係呈L狀，其橫板底面設置一门型滑槽，而於該门型滑槽 之兩旁各等距設有複數螺槽，另其豎板内侧面設置一鳩尾座，侧 面中段設置一縱向長方孔，頂面中央設置一階狀穿孔及兩鎖結螺 孔，且該階狀穿孔與上述長方孔相通，升降板前端設置一樞結孔， 中段設置兩階狀鎖結孔，後端設置一縱向弧形長孔，另其外側面 前、後段各設置一凸柱，而於該兩凸柱間形成一鳩尾槽，又上述 後段凸柱之上、下侧各設有一迫結螺孔，升降塊頂面設置一調移 螺孔’内侧面設置兩鎖結螺槽，調整螺桿上段設置一四角狀頭部， 頭部下侧設置一凸環，另其中、下段外緣設置外螺紋，固定片中 M265131 央設置一圓子L，兩侧各設置一固定孔，夾持定位片靠近外側邊處 等距設置複數鎖孔，樞結栓係呈三階狀，其小徑階外緣設置外螺 紋；藉由上述結構，樞結栓穿套於調整板前端之階狀孔，而以一 内六角螺栓螺結於調整板前側面之小螺孔迫抵固定，令樞結栓之 大徑階及中徑階後半段與階狀孔套合，另調整扳對正貼置於鑽孔 機之本體侧面鎖結，令定位鍵容置於鑽孔機本體之鍵槽與調整板 之鍵槽契合，承置座之口形滑槽套置於滑座上、且配合兩夾持定 位片夾持疋位’再者調整螺桿穿過承置座頂面之階狀穿孔，而以 其中、下段之外螺紋螺穿容置於承置座長方孔内之升降塊的調移 螺孔’同時令其上段凸環套合於承置座頂面階狀穿孔之大徑階 内，而以固定片鎖結於承置座頂面上限制調整螺桿僅可旋轉而無 法上下位移，另再將升降板之鳩尾槽配合一墊片套置於承置座之 鳩尾座上鎖固，及以兩螺栓穿過升降扳中段之兩階狀鎖結孔，而 螺結於升降塊之兩鎖結螺槽狀，接著將調整板貼靠升降板，令 樞結栓中鋪前半段穿套於升降板前端之樞結孔，且小徑階穿出 樞結孔外侧，而以-螺帽與該小徑階外螺紋螺結，及以一定位螺 栓穿過升戰後端之_魏，而__紐_之螺孔鎖 固；俾可於使用時依需要簡易調整鑽孔機之高低及角度，進而鑽 孔。 另如本創作人之中華民國新型專利第5 7 8 7 〇 2號，主要 包括具夹合座及做馬達之夾合結構；—沖賴構_端具一抵頂 部另-端設有-沖頭，該抵頂部之抵頂面係可與輪圈下端部相 M265131 抵，一調整結構包括有一具定位槽之固定座及一調整座，該調整 座係可供穿設有健及軸承之鱗容設，其巾輪體上形成有一供 輪圈抵頂之卡抵部，另調整座下端設有一具螺紋之調整桿及固設 調整桿之_體；如此，糊夾合座下壓夾放在調整座上之 輪圈，再位移調整沖頭結構，使其一端所設之抵頂部與輪圈呈一 抵頂狀，最后，利用沖頭之沖力即可完成輪圈條孔之沖設。 然此種I用之輪圈沖孔結構在使用時，可使用於不同寬度與 不同直徑之輪圈鑽設，經調整鑽孔機之傾斜角，即可進行鑽設， 惟針對同寬度與同直徑之輪圈中，因輪圈製作時，每個輪圈皆仍 有二許之角度差異’在日i求精的社會中，如第五圖巾之Θ1即 為偏差之肖度，於加孔時容易造成如第七圖所示，攸角度6卫 之偏差情形產生，造成輪圈之穿孔滅在同-水平線上^輪圈 穿孔不精確，影響輪圈之品質。 本創作人在餅上述f知結構之敎，乃思補作的音令， 遂以多年_驗加崎計，骑㈣究岐，使輪财孔結構能 具備更進步、完善的魏效益，乃推出本創作。 【新型内容】 本創作係利用—種具自動微調之輪圈沖孔結構其 夾合裝置、沖賴構、卡抵結細及推頂結構： 夾合袭置，係包括有一夾合座及一飼服馬達； 一沖頭結構，該沖職構係成—u字型，—端具有一 該抵頂部係形成與輪圈下端部相對應狀之抵頂面’及-可供沖頭 M265131 緩衝之容置孔，另沖頭結構另一端則設有可伸縮之沖頭，利用該 沖頭而可將輪圈沖設出輻條孔； 卡抵結構，該卡抵結構包括有一垂直調整座，垂直調整座剖 設有一定位槽可供上下位移調整；一支撐座，支撐座剖設有一定 位槽可供左右位移調整，一軸桿係設於支撐座之一端，該軸桿係 穿設有一輪體，可供輪圈一端抵頂； 推頂結構，該推頂結構包括有一座體，該座體設有凸耳，利 用一固定軸穿過凸耳與沖頭結構固定，使沖頭結構樞設於座體上 方’座體之則端部設有孔洞，供彈性件所容設； 如此利用夾合座下壓固定置放在調整座上之輪圈，推抵結構 利用彈性件之推頂，修正偏移缝，使輪圈正_和沖頭結構之 抵頂部與卡抵結構之卡抵部相接觸，最後，__結構一端所 没之沖頭’而可達輪圈輻條孔之精密沖設者。 1、本創作之具自動微調之輪圈沖孔結構，其利用一推頂結 構’可達到修正輪圈微小角度之差距，使輻條孔沖設更為精確之 功效，其改善了習用之輪圈沖孔結構，不能針對之輪圈中之微小 角度調整之缺點。 2、本創作之具自動_之輪_孔轉，其所設之推頂姓 構，可以達聰輪圈正確的和抵頂部與卡抵部接觸之功效，其改 ，之角 善了習用之輪圈沖孔結構，無法針對因輪圈的不平整所造成、 度差異調整之缺點。 M265131 【實施方式】 本創作係㈣於-種具自動微調之輪财孔結構，請參閱第 -圖所不，這種具自動微調之輪圈沖孔結構其主要包括夹合裝置 1〇、沖頭裝置2◦、卡抵結構3 〇與推頂結構4 〇: 夾合裝置1 〇，該夹合裝置工〇係包括有一夹合座工工及一 伺服馬達12; 複數之沖頭結構2 〇，該沖頭結構2 0係成-u字型並可作 -轴:位移’而沖頭結構2 〇—端設有—抵頂部2 i，該抵頂部 21前端係形成-與輪圈5 〇下端部5工相對應狀之抵頂面2 2 ’如此而可_輪圈5 〇，使之_ 2 4沖設時，有一頂推力， 另抵頂面2 2中_設有-容置孔2 3，該容置孔2 3係可供沖 頭2 4沖設時有—緩衝空間，而可防止_2 4於沖設時結構損 壞之障事產生；復，於沖頭結構2 0另-端則設有-沖頭2 4， 該沖頭2 4係為可伸縮且具斜面之階層式沖頭2 4，利用該沖頭 2 4即可將輪圈5 q之輻條孔沖設成型； 複數之卡抵結構3 〇，該卡抵結構3 0包括有-垂直調整座 、 調整座31刳設有一定位槽311，可供上下位移調 整並利用一螺固件312固定；-支撐座32,支樓座32剖 設有一定位槽q 9 1 ° ^ < i，可供左右位移調整，並利用一螺固件3 2 ^ _輛椁3 3係設於支撐座3 2之一端，該軸桿3 3係穿 二久:體!4 ’該輪體3 4内穿設有轴承’藉此軸承更易使輪 猫6 4作一轉動動作； M265131 複數之推頂結構4 Ο，該推頂結構4 〇包括有一座體4工， 該座體4 1上兩側設有凸耳4 2，-固定軸4 3，該固定軸43 係穿透凸耳4 2與_結構2 G之下端部©定，使_結構2 〇 樞設於座體4 1上方，座體之前端部設有—孔洞44，可供一彈 性件4 5所容設，如絲為本創作具自動微歡輪断孔結構者 〇 如第-、二圖所示，本創作在使用時先將輪圈5 0置放在支 樓座3 2之輪體34上，而輪圈5 0-端則會與輪體34相互接 觸；下壓夾合座11並夾固輪圈5 〇之上端，向内迫緊輪圈5 〇 ，使輪圈5 0固^而不會產生滑脫，再將沖頭結構2 〇作一轴向 位移’使沖頭結構2 Q -端所設之抵獅2 i前雜頂面與輪圈 50呈一抵頂狀；此時調整卡抵結構3〇之垂直調整座31，並 以螺固件312固定’以符合不同寬度之輪圈5 〇，再調整卡抵 結構3 0之支撲座3 2 ’並以螺固件3 2 2固定，以符合不同直 徑之輪圈5 0;惟輪圈5 0並非為完全平整，如第五圖所示，容 易產生角度01，而推抵結構4〇，以固定轴43為軸心，利用 彈性件4 5可使沖頭結構2 〇之前端微微向上提升角度0 2，藉 由失合裝置1Q之夾合座向下壓與向内迫緊與沖頭結構2 〇之位 移，如第二圖所*，使輪圈5 〇之下端部5工與抵頂面2 2確實 的抵頂’而輪圈5 0之另-側也與輪體3 4蜂實的卡抵，當輪圈 產生偏差之角度θ1時’如第五圖所示，此時沖頭結構2 〇即會 因推抵結構4 0之彈性件推頂，向上提昇角度，使輪圈5〇 M265131 之下端部51與抵頂面2 2抵頂，如第三圖所示，繼，啓動沖頭 結構20，使沖頭結構20之沖頭24產生一沖推力，而將輪圈 5 0沖設出輻條孔，沖頭2 4沖設出輻條孔後便會復歸，此時， 沖頭結構2 0會做一退位動任，使之輪圈5 〇與抵頂部呈一分離 狀，最後，驅動伺服馬達12帶動夾合座11旋轉，位於夾合座 11與支撐座3 2間之輪圈5 0則會藉由容設在支樓座3 2上輪 體3 4内之轴承轉動，並連動輪體3 4作一旋轉，進而帶動輪體 3 4上之輪圈5 0轉動移位，而達到輪圈5 0轉動之功效，再將 沖頭結構2 0作一進位動作，使抵頂部2 i再次與輪圈5 〇呈一 抵頂狀，推抵結構4 〇之彈性件4 5自動依輪圈5 〇偏差之角度 ，進行補正，並再利用沖頭結構2 0之沖頭2 4作一沖設動作， 即可再次將輪圈5 〇沖設出-輻條孔，如此反覆上述動作數次後 ，即可將輪圈輻條孔沖設更為精確。 另如第四圖所示，係本創作之第二實施例，推抵結構4 〇之 彈性件亦可6又於座體4 1之後端部並與沖頭結構2 0之下端部 相連接，亦可達到相同之功效。 、由上所述者僅為用以解釋本創作之較佳實施例，並非企圖據 以對本創作作任何形式上之關，是以，凡有在相同之創作精神 下所作有關本創叙任何修賊變更，皆仍應包括在本創作意圖 保道之’其巾如第六圖所示為本創作之另—實施例，其中卡 ^ Q亦可攻於沖頭結構2〇之前端内，垂直調整座31可 利用一螺椁之方式調整支撐座3 2之高度。 11 M265131 綜上所述’本創作具自動微調之輪圈沖孔結構在結構設計、 使用實用性及成本效益上，確實是完全符合㈣上發展所需且 所揭露之結構創作亦是具有前所未有的創新構造，所以其且有「新 穎性」應無疑慮’又本創作可較之習知結構更具功效之增進，因 此亦具有「進步性」，其完全符合細專利法有關新型專利之 請要件的狀，乃依法提起專利中請，並敬請朗早日審杳， 並給予肯定。 【圖式簡單說明】M265131 8. Description of the new type: [Technical field to which the new type belongs] This creation is about the improvement of a rim punching structure with automatic fine-tuning, which is mainly to make the forming of spoke holes more complete and accurate, which is conducive to subsequent heart loading. Those who are in the technical field of bicycles. ^ [Previous technology] According to the conventionally known rim clamping adjustment structure, as shown in the Republic of China New Patent Publication No. 4 91112, its main features include: a drilling machine, an adjustment plate, a bearing seat, A lifting plate, a lifting block, an adjusting screw, a fixing piece, a clamping positioning piece, a pivot bolt, a washer, a positioning key and a positioning bolt, wherein a side of the front section of the body of the drilling machine is provided with a Key grooves and multiple screw grooves, a stepped hole is provided at the front of the adjustment plate, a small screw hole is connected to the stepped hole at the front side, and a plurality of countersunk holes are provided at the front section, a screw hole is provided at the rear section, and a The key groove and the receiving seat are L-shaped. A gate-shaped chute is provided on the bottom surface of the horizontal plate, and a plurality of screw grooves are equidistantly arranged on both sides of the gate-shaped chute. A dovetail seat is also provided on the inner side of the vertical plate. A longitudinal rectangular hole is set in the middle section of the side, a stepped perforation and two locking screw holes are provided in the center of the top surface, and the stepped perforation communicates with the above rectangular hole. A pivot hole is provided at the front end of the lifting plate, and a two-stepped hole is set in the middle section. Knotting hole with a longitudinal rear end An arc-shaped long hole, and a convex post is provided on the outer front and rear sections, and a dovetail groove is formed between the two convex posts, and a forced screw hole is provided on the upper and lower sides of the rear post. A shift screw hole is provided on the surface, and two locking screw grooves are provided on the inner side. A quadrangular head is provided on the upper part of the adjusting screw, a convex ring is provided on the lower side of the head, and external threads are provided on the outer edges of the lower and middle sections. M265131 has a round L at the center, a fixing hole on each side, a plurality of lock holes equidistantly located near the outer side of the clamping positioning piece, the pivot knot is in a third-order shape, and the outer edge of its small diameter step is provided with external threads; With the above structure, the pivot bolt is inserted through the stepped hole at the front end of the adjustment plate, and a small screw hole screwed to the front side of the adjustment plate with an hexagon socket bolt is forced to fix, so that the large diameter step and the middle diameter of the pivot bolt are fixed. The second half of the step fits with the stepped hole, and adjusts the lock on the side of the drilling machine to make the positioning key fit in the keyway of the drilling machine body and the keyway of the adjustment plate. The mouth-shaped chute sleeve is placed on the slide seat, and cooperates with two clamping positioning pieces to clamp the position. Adjust the screw through the stepped perforations on the top surface of the holder, and use the outer and middle screw threads to pass through the adjustment screw holes of the lifting block placed in the rectangular hole of the holder, and make the upper part of the ring convex. It fits into the large diameter step of the stepped perforation on the top surface of the holder, and is fixed to the top surface of the holder with a fixed piece. The adjustment screw can only be rotated and cannot be moved up and down, and the dovetail groove of the lifting plate is matched with a The gasket cover is fixed on the dovetail seat of the holder, and two bolts are passed through the two step-shaped locking holes in the middle part of the lifting plate, and screwed to the two locking screw grooves of the lifting block, and then the adjustment plate Abutting on the lifting plate, the first half of the pivot knot plug is sleeved on the pivot hole at the front end of the lifting plate, and the small diameter step penetrates the outside of the pivot hole, and the nut is screwed with the small diameter external thread, And a locating bolt is inserted through _Wei and __New_'s screw holes at the rear end of the battle; 俾 can be used to easily adjust the height and angle of the drilling machine as needed, and then drill. Another example is the creator of the Republic of China's new patent No. 5 7 8 702, which mainly includes a clamping structure with a clamping seat and a motor; Head, the abutting surface of the abutting portion can be abutted with the lower end of the rim M265131. An adjusting structure includes a fixed seat with a positioning groove and an adjusting seat. The adjusting seat can be used to wear healthy scales. To accommodate, the towel wheel body is formed with a latching portion for the rim to abut, and the lower end of the adjusting seat is provided with a threaded adjusting rod and a fixed body of the adjusting rod; thus, the paste clamping seat is pressed and placed under The rim on the adjustment seat is then moved to adjust the punch structure so that the abutment provided at one end is abutted against the rim. Finally, the punching force of the punch can be used to complete the rim bar hole punching. However, when this type of rim punching structure is used, it can be used for rim drilling with different widths and different diameters. After adjusting the inclination angle of the drilling machine, drilling can be performed, but for the same width and the same In the diameter of the rim, due to the rim making, each rim still has two angular differences. In a society where the Japanese are refined, for example, Θ1 in the fifth figure is the degree of deviation. When the hole is drilled, as shown in the seventh figure, the deviation of the angle 6 guards is caused, which causes the perforation of the rim on the same-horizontal line. ^ The inaccuracy of the rim perforation affects the quality of the rim. The author's knowledge of the above-mentioned structure in the cake is a supplementary note, which has been used for many years, and has been studying Qiqi for a long time, so that the structure of the wheel wealth can have more advanced and perfect Wei benefits. This creation. [New content] This creation is based on a kind of rim punching structure with automatic fine adjustment, its clamping device, punching structure, snapping structure and ejection structure: the clamping structure includes a clamping seat and a Feeding motor; a punch structure, the punching structure is -u-shaped,-the end has an abutting surface that forms a top surface corresponding to the lower end of the rim 'and-available for punch M265131 cushioning A receiving hole is provided at the other end of the punch structure. A telescopic punch is provided at the other end of the punch structure. The punch can be used to punch the rim out of the spoke hole. The latching structure includes a vertical adjusting seat and a vertical The adjusting seat is provided with a positioning slot for adjusting the upper and lower displacements; a support seat and the supporting seat are provided with a positioning slot for adjusting the left and right displacements; a shaft is arranged at one end of the supporting seat, and the shaft is provided with a wheel body. One end of the rim can be pressed against; the ejection structure includes a base body, the base body is provided with a lug, and a fixed shaft passes through the lug and is fixed with the punch structure, so that the punch structure is pivoted on Above the seat body, a hole is provided at the end of the seat body for the elastic member In this way, the rim placed on the adjustment seat is fixed by using the clamping seat to push down, and the pushing structure uses the ejection of the elastic member to correct the offset seam, so that the rim of the rim and the top of the punch structure are against the top and the card. The abutting portion of the abutment structure is in contact with each other. Finally, a punch that is not at one end of the structure can reach the precise puncher of the spoke hole of the rim. 1. The rim punching structure with automatic fine-tuning in this creation uses a push-top structure to achieve the correction of the minute angle difference of the rims, making the spoke hole punching more accurate, which improves the rim used The punching structure can not be aimed at the disadvantage of the tiny angle adjustment in the rim. 2. This creation has automatic _ wheel _ hole turn, and its built-up top name structure can achieve the correct function of the Cong rim and the contact of the top and the card contact part. The rim punching structure cannot address the shortcomings of the difference in degree caused by the unevenness of the rim. M265131 [Embodiment] This creation is based on a kind of wheel hole structure with automatic fine adjustment, please refer to the figure-not. This kind of wheel hole punching structure with automatic fine adjustment mainly includes clamping device 10, punching Head device 2 ◦, snap-in structure 3 〇 and ejection structure 4 〇: clamping device 1 〇, the clamping device 〇 system includes a clamping seat worker and a servo motor 12; a plurality of punch structure 2 〇 The punch structure 20 is formed in a -u shape and can be used as -axis: displacement '. The punch structure 2 is provided at the end-against the top 2 i, and the front end of the top 21 is formed-with the rim 5. The lower end part corresponds to the top surface 2 2 'so that it can be _ rim 5 〇, when it is _ 2 4 punched, there is a top thrust, and the top surface 2 2 _ is provided with-accommodation hole 2 3, the accommodating hole 2 3 is available for the punch 2 4 when the punching-buffer space, and can prevent _2 4 structural damage during the punching obstacles; complex, in the punch structure 2 0 another The -end is provided with a -punch 24, which is a telescopic and slanted hierarchical punch 24. With this punch 24, the spoke holes of the rim 5q can be punched into Type 〇 ， The snap-in structure 30 includes- a vertical adjustment seat, the adjustment seat 31 刳 is provided with a positioning slot 311, which can be adjusted up and down and fixed by a screw fastener 312;-the support seat 32, the supporting seat 32 is cut out There is a positioning slot q 9 1 ° ^ < i, which can be used to adjust the left and right displacement, and a screw fastener 3 2 ^ _ vehicle 椁 3 3 is set at one end of the support base 3 2, and the shaft 3 3 is worn for a long time : Body! 4 'The wheel body 3 4 is provided with a bearing inside' This makes it easier for the wheel cat 6 4 to make a turning action; M265131 A plurality of ejection structures 4 〇, the ejection structure 4 〇 includes a body 4 There are lugs 4 2 on the upper and lower sides of the base body 41, a fixed shaft 43, and the fixed shaft 43 penetrates the lower end of the lugs 4 2 and _structure 2 G, so that _ structure 2 〇 It is pivoted above the base 41, and the front end of the base is provided with a hole 44 which can be accommodated by an elastic member 45. For example, the silk-based creation has an automatic micro-wheel breakout structure. As shown in the second figure, when this creation is used, the rim 50 is first placed on the wheel body 34 of the support seat 32, and the 50-end of the rim will contact the wheel body 34; Seat 11 and clamp the rim 5 End, press the rim 50 inward to fix the rim 50 without slippage, and then shift the punch structure 20 axially to make the punch structure 2 Q-end set against The lion 2i front miscellaneous top surface and the rim 50 are in an abutment shape; at this time, the vertical adjustment seat 31 of the card abutment structure 30 is adjusted and fixed with the screw fastener 312 to conform to the rims 50 of different widths, and then adjusted. The support seat 3 2 ′ of the structure 3 0 is fixed by the screw fastener 3 2 2 so as to meet the rims 50 of different diameters; however, the rim 50 is not completely flat, as shown in the fifth figure, it is easy to produce Angle 01, while pushing against the structure 40, using the fixed shaft 43 as the axis, the elastic member 45 can be used to slightly raise the front end of the punch structure 2 0 by the angle 0 2 by the clamping seat of the disengaging device 1Q. The pressing and inward pressing and the displacement of the punch structure 2 0, as shown in the second figure *, so that the lower end of the rim 5 and the abutment surface 2 2 are exactly abutted against the rim, and the rim 5 0 On the other hand, the side is also stuck with the wheel body 4 and 4 when the angle θ1 of the deviation of the rim is shown in the fifth figure. At this time, the punch structure 2 0 will be pushed against the elastic member of the structure 40. Push up Lift the angle so that the lower end portion 51 of the rim 50M265131 and the abutting surface 22 abut against each other. As shown in the third figure, the punch structure 20 is activated, so that the punch 24 of the punch structure 20 generates a thrust force. When the rim 50 is punched out with a spoke hole, the punch 24 is punched out with a spoke hole and it will return. At this time, the punch structure 20 will perform a disengagement action so that the rim 50 will meet The top is separated. Finally, the servo motor 12 is driven to rotate the clamping seat 11. The rim 5 0 located between the clamping seat 11 and the support seat 3 2 will be accommodated on the upper wheel body of the support seat 3 2. The bearing inside 3 4 rotates, and rotates the wheel body 34 to rotate, which in turn drives the wheel 50 on the wheel body 3 4 to rotate and shift, and achieves the effect of the wheel 50 turning, and then the punch structure 2 0 Perform a carry action to make the top 2 i abut against the rim 50 once again, and push the elastic member 4 5 of the structure 40 to automatically correct the deviation angle of the rim 5 〇 and use the punch again A punching action of the punch 24 of the structure 20 can be used to punch the rim 50 again-the spoke hole. After repeating the above action several times, the spoke hole of the rim can be set. The punching is more accurate. In addition, as shown in the fourth figure, the second embodiment of this creation, the elastic member pushing the structure 40 can also be connected to the rear end of the seat 41 and the lower end of the punch structure 20, Can achieve the same effect. The ones mentioned above are only used to explain the preferred embodiment of this creation, and are not intended to be related in any way to this creation. Therefore, any revision of this creation in the same spirit of creation The thief changes should still be included in the original intention of the creation, and its scarf is shown in the sixth figure as another alternative to the creation, in which the card ^ Q can also attack the front end of the punch structure 20, vertical The adjusting base 31 can adjust the height of the supporting base 32 by a screw. 11 M265131 In summary, 'The creation of the rim punching structure with automatic fine-tuning in this creation is indeed in full compliance with the development needs of the above, and the disclosed structural creation is unprecedented in structural design, practicality and cost-effectiveness. Innovative structure, so it has "newness" and it should be undoubtedly considered that "this creation can be more effective than the conventional structure, so it is also" progressive ", which is fully in line with the requirements of the new patents of the fine patent law The status of the patent was filed in accordance with the law, and I would like to invite you to examine it early and give your affirmation. [Schematic description]
第一圖係本創作之立體示意圖； 第二圖係本創作之剖面示意圖； 第三圖係本創作沖頭結構角度提昇剖面示意圖； 之示意圖The first picture is a three-dimensional schematic diagram of this creation; the second picture is a schematic diagram of the section of this creation; the third picture is a schematic diagram of the elevation structure of the punch structure of this creation;
==本創作另一實施例之沖頭結構角度提昇 ，、本創作之輪圈偏差角度之示意圖。 第八圖係袖作另—實施之立體圖； 第圖係習用輪圈偏差角度之夹合結構示意圖。 12 M265131 【主要元件符號說明】 10-----夾合裝置 12-----伺服馬達 2 0-----沖頭結構 2 2-----抵頂面 2 4-----沖頭 3 0-----卡抵結構 3 11----定位槽 3 2-----支撐座 3 2 2----螺固件 3 3-----軸桿 4 0 推抵結構 42-----凸耳 4 4-----孔洞 5 0 輪圈 1-----夾合座 1-----抵頂部 3-----容置孔 1-----垂直調整座 12----螺固件 籲 2 1----定位槽 4 -----輪體 1-----座體 3-----固定軸 5 -----彈性件 1-----下端部 籲 13== A schematic diagram of the elevation of the punch structure in another embodiment of this creation, and the deviation angle of the rim of this creation. The eighth figure is a perspective view of the sleeve for another implementation; the first diagram is a schematic diagram of the clamping structure of the deviation angle of the conventional rim. 12 M265131 [Description of main component symbols] 10 ----- Clamping device 12 ----- Servo motor 2 0 ----- Punch structure 2 2 ----- Abutment surface 2 4 --- --Punch 3 0 ----- Abutment structure 3 11 ---- Positioning slot 3 2 ----- Support base 3 2 2 ---- Screw member 3 3 ----- Shaft 4 0 Push structure 42 ----- lug 4 4 ----- hole 5 0 rim 1 ----- clamping seat 1 ----- but the top 3 ----- receiving hole 1 ----- Vertical adjustment seat 12 ---- Screw attachment 2 1 ---- Positioning slot 4 ----- Wheel body 1 ----- Seat body 3 ----- Fixed shaft 5 ----- Elastic piece 1 ----- Lower end appeal 13